Design-to-manufacturing partner in China
One accountable engineering team from product definition and DFM through tooling, process setup, validation, and repeat production across plastic and metal parts.
Complete capabilities
Each capability has a dedicated technical page, while DTM coordinates the decisions between design, tooling, manufacturing, and inspection.
Engineering
Turn an early concept or existing CAD model into a released design that can be quoted, tooled, inspected, and produced. Product intent is connected to material behavior, assembly, tolerance strategy, process capability, and cost.
Explore Design & DFMPlastic tooling
Injection molds are engineered for reliable trials, repeatable molding, safe part release, and maintainability. Mold design, machining, fitting, assembly, tryout, and correction stay under one project plan.
Explore Mold MakingPlastic production
Move from approved mold trials into repeat production with the same team that understands the part and tool. Material preparation, machine setup, process settings, inspection requirements, and engineering changes stay connected.
Explore Injection MoldingPress tooling & production
Stamped parts and dies are developed around material grade and thickness, strip layout, forming sequence, springback, press requirements, feature repeatability, and production volume.
Explore Metal StampingPrecision machining
Machine prototypes, tooling, and production parts using the axis strategy, setups, workholding, and inspection plan that best fit the geometry, datum structure, material, quantity, and finish requirements.
Explore CNC MachiningHigh-pressure die casting
Develop aluminum high-pressure die cast components through part DFM, die and trim-tool engineering, casting trials, trimming, secondary machining, finishing, and dimensional verification.
Explore Aluminum Die CastingHow we work
Approval points and released information keep technical decisions visible through the project.
Available CAD, drawings, samples, or concept information—together with material, volume, critical characteristics, finish, application, and target timing—are reviewed before a manufacturing route is proposed.
Geometry and product risks are reviewed against the intended process. The tooling route, production method, inspection scope, and quotation assumptions are then defined.
Product revisions, tooling or fixture concepts, and critical specifications are resolved and approved before steel cutting or program release.
Molds, dies, fixtures, CAM programs, workholding, inspection plans, and initial process settings are prepared for trial.
Measured. Documented. Approved.Quality assurance
Drawing revisions, critical characteristics, inspection methods, sampling requirements, and acceptance criteria are agreed before production.
Explore the quality approachStart with the available requirements
Share your CAD, drawing, material, quantity, and target timing for an engineering review.
